Unlike ink printing on the surface of packaging films by TTO, the 355nm-wavelength UV-FT Series UV Laser Coding System is capable of marking through the surface of packaging film into the next layer.
3W UV laser coding machine
355nm-wavelength UV lasers feature cold-marking laser beams. lt can mark out effects in dark color onto white-color HDPE medicine container with minimal heat stress to the container surface, so no damage occurs. lt delivers precise marking for pharmaceutical and electronics products.
5W UV laser coding machine
Features of 355nm wavelength of 5W UV laser marker allow marking and processing to be performed with minimal heat stress.
Sunine's self-developed V5 laser marking control system provides users with a more comfortable and smarter operation during the laser coding process.
10W UV laser marking machine
10W UV laser coders have significant advantages in daily chemical products and can also be used in the food and pipeline industries. UV laser coding does not release particles or smoke, providing permanent identification that cannot be removed.
20W fiber laser coding machine
The Sunine D series 20W fiber laser marking machine enhances productivity with a speed of up to 18000m/s. Sunine's self-developed V5 marking software offers local execution and streaming modes tailored to meet customer automation needs, enabling the production of complex codes and dynamic messages even at high speeds.
30W fiber laser coding machine
The 30W Fiber laser marking machine then is a high-speed scanning galvanometer marking function of system implementation, and the key parts adopt life stable device, with a unique structure, convenient operation, high modulation frequency, marking speed, high precision, stable performance, etc, can be widely used in all kinds of metal and non-metallic surface part do permanent marker.
30W CO2 laser coding machine
The carbon dioxide laser (CO2 laser) is a gas laser. Carbon dioxide lasers are the highest-power continuous-wave lasers that are currently available. They are also quite efficient: the ratio of output power to pump power can be as large as 20%. The CO2 laser produces a beam of infrared light with the principal wavelength bands centering on 9.3μm, 10.2 μm, and 10.6 μm.















